Molecular Biology Answers

Elucidate two physical properties that will enable you to isolate TOL plasmid from the chromosomal DNA of the bacteria.

Describe three distinct strategies that could be exploited for the discovery of virus receptors for entry. Compare the pros and cons of three strategies. How would you validate the biological function of the newly identified receptors?

explain boilogical role in in viral capsids in virus life cycle

What are the appropriate molecular cytogenetic approaches that should be used to diagnose the following cases? Why? Please explain.

1. Phenotypically abnormal child with balanced 46,XX,t(7;8)(q12;p22) karyotype.
2. A cancer case with a complex translocation that detected by karyotyping, but origins of involved chromosomes was not identified.
3. A balanced translocation carrier woman with recurrent abortions planning a new pregnancy.
4. Bronchial lavage material taken on suspicion of lung cancer
5. A case suspected of having terminal deletion in the short arm of chromosome 5.

1. Mang Nestor has a poultry farm. Every morning, he collects eggs and sell it in the market. Those are unsold, he made it as salted egg. In doing this, the eggs were soaked in a container having one liter of water with 1 kg dissolved salt solution. After 18 days, Mang Nestor collected salted eggs for his everyday consumption. What transport mechanism/concepts can be applied in salted egg making? Explain

describe the milestone in quantitative genome,how sequencing approaches got evolved in ge netic paradigm

discussed the Laws of Thermodynamics and their relation to energy and energy transfer. Energy transfers take place constantly in everyday activities. Think of two scenarios: cooking on a stove and driving. Explain how the second law of thermodynamics applies to these two scenarios.

Explain how PCR works in terms of its amplification, sensitivity, cost and types of PCR, indicating and differentiating the traditional and pooling protocols

Discussed the Laws of Thermodynamics and their relation to energy and energy transfer. Energy transfers take place constantly in everyday activities. Think of two scenarios: cooking on a stove and driving. Explain how the second law of thermodynamics applies to these two scenarios.

Can you give one example, from the literature what happens if you don't establish protein purity?